动脉血气分析

  • 网络arterial blood gas analysis;ABG;ABGs
动脉血气分析动脉血气分析
  1. 分别于伤后2、6、12和24h时间点监测动脉血气分析;

    Arterial blood gas analysis was monitored at 2,6,12 and 24 hours .

  2. 术后30min复查动脉血气分析。

    30 minutes after the procedure , arterial blood gas analysis was test again .

  3. 前者动脉血气分析与血液流变学均显著改善(P<0.01),后者改善不明显(P>0.05)。

    The arterial blood gases and hemorrheologic parameters were significantly improved ( P0.01 ) in former group ;

  4. 三组动物分别在第3、28天取8只进行双肺CT扫描,然后做动脉血气分析,测定肺系数、肺通透指数和肺胶原含量,对肺组织进行HE染色。

    Then analysis of blood gas , the lung coefficient , the exponent of lung penetration , the content of collagen was measures and performed .

  5. 动脉血气分析、心电图、血浆D-二聚体、肺核素检查、核磁共振成像(MRI)检查为重要的诊断手段。

    Arterial gas analysis , electrocardiogram ( ECG ), serous D-dimer and chest nuclear magnetic resonance ( MRI ) were important diagnosis tools .

  6. 方法103例高危病例均行心电图、动脉血气分析、胸部X片、血清D-二聚体、核素肺通气/灌注扫描和肺螺旋CT检查。

    Methods 103 high risk patients have been examined by electrocardiogram 、 arterial blood gas , chest x-ray film , D-Dimer , V / Q and sCT .

  7. 30例肺心病患者急性加重期和临床缓解期血PaO2的测定采用动脉血气分析。

    PaO_2 were detected by arterial blood gas assay .

  8. 动脉血气分析呈明显的PaCO2升高及PaO2降低,MR示延脑梗死;

    Artery blood gas analysis showed increased PaCO 2 and decreased PaO 2 . Brain MR indicated medulla oblongata infarction .

  9. 结果:治疗组血液流变学及动脉血气分析均显著好转(P<0.01),而对照组改善不明显(P>0.05)。2组副作用均小。

    RESULTS : The hemorrheology and arterial blood gases of the treatment group improved significantly ( P0.01 ), but those in the control group improved slightly ( P0.05 ), adverse reactions in both groups were mild .

  10. 于治疗前和治疗后一周末分别检测肺内分流率(Qs/Qt)、全肺VA及动脉血气分析。

    Before and one week after the experiment , pulmonary right to left shunt ( Qs / Qt ), VA / Q and arterial blood gases were determined in all the cases .

  11. 方法:对134例经CT确诊的急诊或住院的脑卒中患者进行动脉血气分析,并在同一天抽取静脉血测血Na+、Cl-浓度,所测数值均按各型酸碱失衡预计代偿公式计算。

    Methods Artery blood gas analysis was done 210 times in 134 inpatients and those treated in Emergency Department with stroke confirmed by CT , and meanwhile vein blood was drawn to determine Na + and Cl - concentrations .

  12. 动脉血气分析、心电图、胸部X线、超声及D-二聚体试验对PTE诊断有提示作用;

    Blood gas analysis , electrocardiography , chest X ray , ultrasonography and D-dimer testing were predictive for the diagnosis of PTE.

  13. 结果HFOV和CMV两组间动脉血气分析(pH、PaO2、PaCO2)无显著性差异。

    Results The difference of artery blood gas analyses ( pH 、 PaO 2 、 PaCO 2 ) between HFOV and CMV was insignificant .

  14. 两组病人治疗前后分别测定血液中的IL-6,IL-8和TNF-a浓度;动脉血气分析;

    Concentrations of IL-6 , IL-8 , TNF-a , parameters of blood gas dialysis and SIRS scores were compared between before and after treatment inter the two groups respectively ;

  15. 观察176例慢性阻塞性肺病(COPD)不同临床分期的动脉血气分析资料在动脉血气图上的变化规律。

    The changes of arterial blood gases parameters of 176 patients with chronic obstructive pulmonary disease ( COPD ) in the variant clinical staging on arterial blood gases graph ( ABGG ) were observed .

  16. ,72h连续观察血流动力学和动脉血气分析指标变化与生存时间。

    The changes of the hemodynamics and the indicators of the arterial blood - gas analysis as well as the survival time were monitored in 72h .

  17. 呼吸机经鼻(面)罩双水平气道正压通气治疗,观察通气前后动脉血气分析中pH、PaO2、PaCO2、SaO2的变化,患者HR、RR、SBP、DBP及临床征象的变化。

    The changes of clinical symptoms and arterial blood gas ( pH 、 PaO 2 、 PaCO 2 、 SaO 2 ) were measured to evaluate the efficacy of BiPAP mask ventilation .

  18. 术前及术后6月查肺功能(FEV1,TLC,RV)、动脉血气分析、6分钟步行距离进行对比。

    Lung function ( FEV1 , TLC , RV ), arterial blood gas analysis ( PO_2 , PCO_2 ) and 6 minutes walking distance test were done before operation and 6 months after LVRS .

  19. 方法:以大鼠30%Ⅲ度烧伤为模型,观察补充NO载体SIN-1后烧伤大鼠肝、肾血流量、动脉血气分析及内脏含水量的变化。

    Methods : By use of a 30 % TBSA ⅲ degree burnt rat model , we observed the changes of renal or hepatic blood flow , artery blood analysis , visceral water contents after the supplement of SIN 1 , a kind of nitric oxide donor .

  20. 方法对30例重症急性胰腺炎患者给予前列地尔(lipoPGE1)40μg/d治疗,观察临床症状及体征,肝、肾功能,动脉血气分析及血清TNFα水平的变化。

    Methods Lipo PGE1 ( 40 μ g / d ) was given to 30 severe acute pancreatitis patients . The clinical symptoms and signs , hepatic / renal function , arterial blood gas analyses and TNF - α were observed .

  21. 结果:经面罩BiPAP通气治疗后,36例患者动脉血气分析、呼吸频率、心率、血压等指标明显改善,2例无效改为气管插管。

    Result : The arterial blood-gas analysis , breathing rate , arterial blood pressure , heart rate were found to be significantly improved after BiPAP ventilation by face mask . Only 2 patients deteriorated and needed intubation .

  22. 监测病人心率、血压、呼吸、指端血氧饱和度、动脉血气分析和临床变化。观察治疗前后动脉血气分析、左心室射血分数(LVEF)变化及患者的临床变化。

    The electrocardiography , arterial oxygen saturation heart rate and blood pressure were observed during the therapy . Arterial blood gases , respiratory rate ( RR ), heart rate , blood pressure , and left ventricular ejection fraction ( LVEF ) were measured after therapy .

  23. 实验观察各组在肺复张前、肺复张过程中、肺复张完成后0、5、10和15min时血流动力学,同时监测呼吸力学、动脉血气分析。

    Hemodynamics were measured frequently before the RM , during the RM and at 0 , 5 , 10 , 15 min after the RM . Arterial blood gas analysis and pulmonary mechanics were also observed at the same time .

  24. 单纯羊水过少的脐动脉血气分析

    Blood gas analysis of the umbilical arterial blood in simple hypamnion

  25. 肝素浓度对动脉血气分析及电解质测定值的影响

    Influence of Heparin Concentration on Blood Gas Analysis and Electrolyte Measurements

  26. 随机对44例患者做了动脉血气分析。

    Arterial blood gas analysis was randomly undertaken in 44 patients .

  27. 两种桡动脉血气分析标本采集法

    Two Different Ways of Collecting Samples From Radial Artery for Blood-gas Analysis

  28. 分别于各时间点测定血流动力学、右心功能和动脉血气分析;

    Hemodynamics , right cardiac function and arterial blood gas were assessed .

  29. 矽肺患者肺功能与动脉血气分析的研究

    Study on Pulmonary Function and Arterial Blood gas Analysis in Silicotic Patients

  30. 目的探讨电视胸腔镜术中动脉血气分析的特点。

    Objective To find the feature of arterial blood-gas analysis on VATS procedures .